METTLER TOLEDO's customer satisfaction is driven by its strict quality management system, which ensures that products meet the highest standards. We are committed to manufacturing and supplying high quality machines. Our goal is to provide products and services that meet and/or exceed customer needs. This is achieved through a preventive systems approach to quality assurance. Continuously improve the production process and improve production efficiency.
We have a total of 3 assembly workshops, 25 working lines and 2 automated workshops. One is an automatic injection molding workshop with 40 injection molding machines with automatic manipulators and a central conveying system, and the other is other DIY automatic machines to improve production efficiency. At present, we have more than 400 employees and have a production capacity of 40HQ per day.
We have an efficient R&D department and always insist on providing customers with high-quality products. We focus on developing and manufacturing new products to make our customers more competitive and ahead of the competition. Meanwhile, we have more than 300 patents in China and Europe.
Ningbo METTLER TOLEDO Electric Co., Ltd. was established in 2005, specializing in the production of electrical products such as multi-tubes, adapters, extension cables, cable reels, smart products and USB products. We have obtained authoritative certificates such as IMQ, GS, Inmetro, s+, C B, S MARK, NF, CE, CQC ISO9001, and passed BSCI certification. Meanwhile, METTLER TOLEDO is a supply for the 2016 Rio Olympic and Paralympic Games and the 2018 Gold Coast Commonwealth Games. With the rapid growth of the business, in 2018 we moved into a larger modern manufacturing building covering an area of 30,000 square meters, which includes a fully equipped testing laboratory, which is more efficient in quality system. We have a total of 3 assembly workshops, 25 working lines and 2 automated workshops. One is an automatic injection molding workshop with 40 injection molding machines with automatic manipulators and a central conveying system, and the other is other DIY automatic machines to improve production efficiency. At present, we have more than 400 employees and have a production capacity of 40HQ per day. We have an efficient R&D department and always insist on providing customers with high-quality products. We focus on developing and manufacturing new products to make our customers more competitive and ahead of the competition. Meanwhile, we have more than 300 patents in China and Europe. If you are interested in any of our products, please feel free to contact us.
When the overload protection socket is reset, check the power supply that the socket can carry, and check whether the socket has an overload protection button. After the overload is lifted, the socket can be restored. After removing the short-circuit electrical appliance, the air switch can be energized normally. For the air switch with leakage protection, you need to press the reset button first. Close open.
Overload Protection Socket | How to realize overload protection
The power supply usually uses air switch and fuse to realize the overload protection function, and the protection function can be realized by placing an air switch or fuse in the power supply line. When the current of the air switch is greater than its rated current, the air switch will automatically trip. When the current flowing through the fuse is greater than its rated current, the fuse will be disconnected. The fuse is a one-time use. continue to use.
Use overload protection sockets to avoid plugging or unplugging with water on your hands. It is forbidden to hold the power cord with your hands to pull out the plug. Pulling the power cord with your hand will break the part where the power cord and the plug are connected, causing the electrical appliance to fail to work normally. The broken part is prone to short-circuit, leakage, fire and electric shock accidents, and timely replacement of sockets with excessive temperature or arcing, ignition, and poor contact between the plug and the socket.
A solution to circuit overloading, moving some equipment from the overloaded circuit to another general circuit. Then you can turn the circuit breaker back on or replace the fuse.
Each power strip has its own design load capacity, it can only transmit so much power through its route at any one time, and overloading it creates a fire hazard, melting plastic and damaging surrounding equipment.
When an outlet is overloaded, the circuit breaker trips, cutting off current throughout the circuit. In the absence of a circuit breaker, circuit wiring can overheat, melting the wire insulation and causing a fire.